KR20000063529A - The power generation system for storage of electronic energy of spring - Google Patents

Abstract

PURPOSE: A generation system is provided to obtain a high quality energy which is used at any area by converting an electric energy into a rotational energy and again into an elastic energy so as to be stored to a flat spiral spring. CONSTITUTION: A generation system comprises a device(1) for causing an electric energy, a motor(6) for converting the electric energy into a mechanical rotational energy, a speed reduction unit consisting of a small gear(3) and a large gear(4) for reducing speed of the rotational energy, and a flat spiral spring(9) for storing a large volume of elastic energy. When the elastic energy is fully stored, the speed reduction unit functions as a speed increasing unit by shaft movement members(2,2') having a linear motor. Thus, a sufficient amount of power can be obtained from a generator(7).

Description

Power generation system by the spring-loaded storage device of electrical energy {The power generation system for storage of electronic energy of spring}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a power generation system based on a spring (plate) storage device of electrical energy, which converts idle electrical energy such as midnight electricity into rotational energy by a motor and converts it into elastic energy in a spiral spring and stores it. More specifically, as a device, the electric energy is stored as elastic energy in a large spring by means of a reduction gear and a pulley, which are part of the power transmission device by a motor, and then a high-speed machine It is a power generation system by a spring (plate) spring storage device of electrical energy invented so that it can be converted into an ordinary rotational energy.

Midnight electrical energy is difficult to store due to the characteristics of electrical energy and is wasted if it is not used, so efficient energy storage technology is needed.

In addition, power generation methods using wind power and tidal wave power, etc., need to be efficiently stored and save the remaining electric energy, and current battery technology has difficulty in storing various electric energy and causes many environmental pollution problems. to be.

U.S. Patent No. 4,020,923 is an energy storage system having several components in the transfer of energy from an electric motor to an output shaft given by an external force of electrical energy, the structural unit being a main gear that rotates by driving an electric motor and a motor. When the main gear is rotated by the main motor and the main spring is rotated by the electric motor and the main spring rotates the main gear for the spring energy storage, the main gear selectively engages the output driven shaft and rotates with the spring The motor control switch, which relates to the starting and stopping of the motor which senses the elasticity of the spring and preselects the point where the spring is stretched,

In view of the above detailed description of the body specifically mentioned with respect to the above technology, the above-mentioned prior arts can be clarified by the more skilled and selective body of this invention as the workmanship in this technology, and only interpretation It was constructed as an example and example, and the purpose of teaching and enabling this skill in making and using this invention was for educational purposes and was not actually applied to reality.

An object of the present invention is to solve the problems as described above is that the electrical energy is stored as elastic energy in the large spring spring through the deceleration transmission device connected to the spring by operating the motor and the elastic energy is stored at the storage point When it reaches, the rotor shaft is automatically lifted up and detached from the power transmission device by the linear motor in the detachable device by the sensor, and the gear of the generator is automatically coupled to the gearbox connected to the spring. It is an object of the present invention to provide a power generation system by a spring (plate) spring storage device of electrical energy that can obtain a desired power by operating for a period of time by obtaining a rotational capacity of sufficient capacity.

1 is an exploded perspective view showing the entire configuration of the present invention.

Figure 2 is a perspective view showing a detached state of the mainspring of the present invention.

3A is a perspective view of a small gear.

(B) is a front view showing the coupling state of the small gear and the large gear.

(C) is a front view showing the central axis of the spring and the winding part.

Figure 4 (a) is a front view of the pulley.

(B) is a perspective view showing the state in which the pulley and the belt are fastened.

Figure 5a shows the shaft movement of the motor fixed to the mover of the linear motor

Detail

Figure 5b shows a shaft moving device of the generator fixed to the mover of the linear motor

Detail

<Description of the symbols for the main parts of the drawings>

(1) a device for transmitting electrical energy

(2) Shaft shifting device of motor rotor with linear motor

(2 ') shaft shifter of generator with linear motor

(3) small gears (4) large gears (6) motors (7) generators

(8) Belts fastened to the pulleys (9) Manual springs (13) Center of rotation of the springs

(14,14 ') stator (15,15') mover (16,16 ') linear induction motor

(30) Wires connected to sensors at ㉮ and 점 points and linear motors installed at (2)

Wires connected to sensors at (30 ') and 와 and linear motors installed at (2')

The present invention has been made in order to achieve the above object, the motor 6 is installed on the upper portion of the device, and the gears (3, 4) and the spring spring (9) installed inside of the motor (6) It relates to a power generation system using a spring (plate) storage device of electrical energy with high energy efficiency by converting and storing rotational energy (mechanical energy) into elastic energy and converting it into driving energy of the generator (7). .

Hereinafter, the technical configuration of the present invention in detail according to the accompanying drawings.

1 is an exploded perspective view showing the entire configuration of the present invention, Figure 2 is a perspective view showing a detached state of the spring spring of the present invention, Figure 3 (a) is a perspective view of a small gear, (b) is a small gear and a large gear Front view showing the coupling state, (C) is a front view showing the central axis and the winding portion of the spring, Figure 4 (A) is a front view of the pulley, (B) is a perspective view showing the state in which the pulley and the belt is fastened, Figure 5a is a detailed view showing a shaft moving device of the motor fixed to the mover of the linear motor, Figure 5b shows a detailed view showing a shaft moving device of the generator fixed to the mover of the linear motor, the device for transmitting electrical energy ( 1), shaft shifting device (2) of motor rotor with linear motor, shaft shifting device (2`) of generator with linear motor, small gear (3), large gear (4), motor (MOTER) (6), generator (7), belt (8) fastened to pulley, spring spring (9), center rotation of spring Connected to the shaft 13, stator 14 and 14 ', mover 15 and 15', linear induction motors 16 and 16 ', sensors at points ㉯ and ㉯ and a linear motor installed at (2). It can be seen that the electric wire 30 'connected to the wire 30, the sensors at the ㉮, ㉯ points, and the linear motor installed at the 2'.

The power generation system of the spring energy storage device of the electric energy of the present invention is mounted on a motor 6 and a linear motor, as shown in FIGS. 1 and 2, and a motor capable of driving a shaft by a gear. A shaft shifting device (2), a generator shaft shifting device (2 '), a large gear (4) detachable from the small gear (3), and a spring that stores elastic energy and converts it into driving energy of the generator (7). Composed of the spring (9) is a basic feature of the technical configuration. The most important thing about natural energy is that it is always changing. Since most forms of natural energy, such as wind, tidal, and wave, are obtained irregularly and intermittently, the accumulation of energy is a very useful key.

Here, the rotor of the motor receiving the electric energy rotates the small gear (3) to reduce the rotation speed through the large gear (4) connected to the small gear,

The front view was shape | molded in FIG.3 (b). Through this deceleration device, the mechanical rotational energy passed through the deceleration devices such as the first step, the second step, the third step, and the like is fastened by the winding springs 19 of the spring spring 9 and the rotary shaft 13, and is very fast. (2) The motor's shaft shifting device after a specified time by a sensor device equipped with a timer installed at the point where the spring is stored as a large amount of elastic energy at a slow rotational speed and the final outer surface of the spring reaches the point of ((2) Is detached by moving upward in the A direction, and the gear shaft shifting device 2 'installed on the drive shaft of the generator 7 is balanced in the B direction and automatically coupled to the speed increasing gear device connected to the spring spring to facilitate operation. .

At this time, the rotor of the motor rotating by the external force is gradually rotated on the mainspring spring 9 shown in FIG. 2 by the step-down reduction gear consisting of the gear 3 and the gear 4 with a stable rotational force capable of generating a large amount of electric power. When energy is gradually stored in size and reaches the point of ㉯ (maximum compression), it is automatically fastened to the generator 7 as described above, and this time, the deceleration device is reversely changed to a speed increasing device so that the elastic energy of the spring spring 9 is increased. As the main power source, it is configured to produce the desired electric power by fast rotational force reaching a certain rpm or more.

In addition, the linear motor is built in such a way that the elastic energy of the spring is reduced to reach the state where the rotational force cannot be generated due to the rotational force and the point when the outer diameter of the spring is reached to the position of maximum expansion. Rotor gear of the shaft mover (2) of the motor rotor with the linear motor by operating the sensor of the shaft mover (2) of the motor rotor and the shaft mover (2 ') of the generator with the linear motor. Is lowered, coupled to the main gear reduction gear box, and the shaft shifting device 2 'of the generator in which the linear motor is built, the generator attached to the mover 15' of the linear induction motor is moved to the left as shown in FIG. The gear connected to the main shaft is detached and the power generation is automatically stopped, and the motor is returned to the initial state, and the rotational energy (mechanical energy) of the mainspring is increased by the action of the reduction gears by the rotation of the motor. It is a device for repeating the converting to energy saving.

5A is a black diagram showing that the gear coupled to the shaft of the motor rotor attached to the mover 15 of the linear motor of (2) is actuated in response to the sensing sensor. The motor attached to the mover piece moving on the stator 14 shows a state of movement in the A direction.

The sensor is controlled by two signals, 1 and 0. When the spring is fully wound, it is set to 0 and when the spring is released, it is set to 1. When 0, the contact point of the controller is turned off, When the motor with the gear is driven upward, the motor's rotor stops as it is detached from the reduction gear device.When 1, the contact point of the controller is ON, and the motor descends to be combined with the reduction gear device. Is stored.

5B is a black diagram showing that the gear coupled to the shaft of the generator rotor attached to the mover of the linear motor in response to the sensing sensor is actuated, and (b) is the stator of the linear motor ( 14 ') The generator attached to the moving part moving up shows the moving state in the B direction.

The sensor is controlled by two signals, 1 and 0. If the spring is fully wound, set it to 1 and if the spring is released to the designated point, set it to 0. If it is 1, the contact point of the controller is ON. The generator is moved to the right and the generator with gear moves to the right, and the rotor of the generator is rotated to generate power, and when it is 0, the contact point of the controller is turned OFF and the generator moves to the left to increase the gear It is detached from the device and power generation stops.

In particular, in the initial design, the reduction ratio and the increase ratio of the gear and the pulley are calculated and determined by the correlation with the elastic energy of the spring.

The structure of the self-winding spring 9 shown in FIG. 2 is composed of a bolt device 20 for fastening the central shaft 11 supporting one end of the self-winding spring to the body case 12, and a rotating shaft for driving the self-winding spring ( It was comprised as the spring-spring fastening hole 18 connected to the winding | winding protrusion part 19 of 13).

At this time, the direction of rotation is the direction of rotation of the rotating shaft when the spring is wound, and the direction of rotation is the direction of rotation when the generator 7 is operated while the spring is released, and (24) is the cross section of the final inner surface of the spring. .

The capacity of the mainspring spring is determined by the size of the mainspring spring and the number of turns.

As described above, the present invention converts idle energy, such as midnight electricity, from electric energy obtained from fossil fuel or natural energy into a spring spring that can store a large amount of energy, and then increases the rotational energy to a sufficient rotation ratio to generate a constant size. It has the effect of converting into high quality electric energy which has good energy source in any region and obtaining compatible energy that can contribute to human life as high quality energy source.

Claims (2)

In the power generation system by the spring (plate) storage device of the electric energy, the motor (6) which is installed on the upper part of the device, receives the late-night electric energy and the like and supplies the electric energy as rotational energy in the device, It is installed in the upper left, the generator 7 which is operated by the elastic energy generated by the spring spring 9, the rotor connected by the motor 6, the linear motor attached to the motor (6) Is connected to the shaft shifting device 2 of the motor rotor and the shaft shifting device 2 of the motor, and is coupled to the small gear 3 that rotates and the small gear 3, A large gear (4) for decelerating, another small gear and a large gear connected to the lower end of the large gear (4), a step-down reduction device, a pulley which is part of the reduction device, and a belt (8) connected to the pulley; , The rotating shaft 13 is fastened to the belt (8) And, connected to the winding projections 19 formed on the lower end of the rotary shaft 13, a spring spring (9) for storing the mechanical energy generated at a very slow rotational speed as a large amount of elastic energy, and the spring spring (9) Pressure sensor detection device installed at ㉮, ㉯, which is the point between the maximum or minimum end outer surface of the wire), wires 30 and 30 'connected to the pressure sensor detection device, and the wires 30 and 30'. It is connected to the shaft moving device (2 ') of the generator rotor with a built-in linear motor and the shaft moving device (2) of the motor rotor with a linear motor. A power generation system by a spring (plate) spring storage device of electric energy, characterized in that it comprises a shaft moving device (2, 2 ') of the motor and the generator to operate. According to claim 1, wherein the sensor is controlled by two signals of 1 and 0, set to 0 when the spring is completely wound, and set to 1 when the spring is released, the contact point of the controller is OFF when 0 As a result, the rotor 15 of the linear motor is driven to move the motor 15 moving up the stator 14 of the linear motor, and the motor attached to the gear is lifted up and detached from the reduction gear unit. An electric power generation system based on a spring (plate) spring storage device of electric energy, characterized by a sensing sensor which is turned on and the motor is lowered to be coupled to the reduction gear device to store energy.